Conservation by Proxy

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Format: Paperback
Pub. Date: 2010-06-23
Publisher(s): Island Pr
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Summary

The vast scope of conservation problems has forced biologists and managers to rely on "surrogate" species to serve as shortcuts to guide their decision making. These species-known by a host of different terms, including indicator, umbrella, and flagship species-act as proxies to represent larger conservation issues, such as the location of biodiversity hotspots or general ecosystem health. Synthesizing an immense body of literature, conservation biologist and field researcher Tim Caro offers systematic definitions of surrogate species concepts, explores biological theories that underlie them, considers how surrogate species are chosen, critically examines evidence for and against their utility, and makes recommendations for their continued use. The book clarifies terminology and contrasts how different terms are used in the real world considers the ecological, taxonomic, and political underpinnings of these shortcuts identifies criteria that make for good surrogate species outlines the circumstances where the application of the surrogate species concept shows promise Conservation by Proxyis a benchmark reference that provides clear definitions and common understanding of the evidence and theory behind surrogate species. It is the first book to review and bring together literature on more than fifteen types of surrogate species, enabling us to assess their role in conservation and offering guidelines on how they can be used most effectively.

Author Biography

Tim Caro is a professor in the Department of Wildlife, Fish, and Conservation Biology and a member of the Center for Population Biology, at the University of California, Davis.

Table of Contents

Prefacep. xv
Introduction
Buzzwords in Conservation Biologyp. 1
Shortcutsp. 1
Biodiversityp. 3
Usagep. 3
Documentationp. 8
Remarkable speciesp. 8
Scalep. 9
Surrogate species in systematic conservationp. 13
Taxonomy of surrogate speciesp. 15
Other termsp. 16
Difficulties in surrogate typologyp. 17
Loose definitionsp. 17
Lax terminologyp. 22
Multiple applications and purposep. 23
Using the same species for two surrogate tasksp. 26
Hidden agendas and research displacement activitiesp. 26
Summaryp. 27
Distribution of Biodiversity
Species Indicators of Biodiversity at a Large Scalep. 31
A big picturep. 31
Congruency of species richnessp. 32
Environmental surrogatesp. 36
Higher taxap. 37
Congruency of endemismp. 39
Congruency of rarityp. 42
Congruency of threatened speciesp. 43
Complementarity and congruencyp. 45
Concordance between different measures of biodiversityp. 50
Global scalep. 50
Continental scalep. 51
Complementarityp. 53
Biodiversity distribution and protected areasp. 53
Practical applicationp. 57
Summaryp. 58
Reserve Site Selection
Species Indicators of Biodiversity in Reserve Selectionp. 61
A smaller scalep. 61
Cross-taxon congruence of species richnessp. 62
Within-taxon congruence of species richnessp. 66
Taxon subsetsp. 68
Higher taxap. 68
Morphospeciesp. 71
Congruency of endemism, congruency of rarity, and congruency of threatened speciesp. 72
Concordance between measures of biodiversityp. 74
Species richness and endemismp. 74
Species richness and rarityp. 76
Species richness and threatened speciesp. 78
Biodiversity metricsp. 78
Congruency of complementarityp. 79
Species richnessp. 79
Other biodiversity measuresp. 82
Persistencep. 83
Higher taxap. 84
Protected area coveragep. 86
Marine reserve prioritizationp. 89
Environmental surrogatesp. 90
Combining environmental and taxonomic surrogatesp. 94
Practical issuesp. 95
Summaryp. 96
Reserve Design and Management
Umbrella Species and Landscape Speciesp. 99
Three conservation goalsp. 99
Lambeck's insightp. 102
Umbrella species by taxonp. 103
Plantsp. 103
Invertebratesp. 105
Mammalsp. 106
Birdsp. 108
Choosing an appropriate umbrella speciesp. 113
Problems with umbrella speciesp. 117
Management implicationsp. 119
Landscape speciesp. 120
Summaryp. 125
Keystone, Engineering, and Foundation Speciesp. 127
The keystone species conceptp. 127
Classic keystone speciesp. 127
Wider scopep. 129
Mesopredator release in temperate ecosystemsp. 132
Ecological meltdown in the neotropicsp. 134
Keystone introductionsp. 136
Removing invasive speciesp. 138
Problems with using keystone species as a conservation toolp. 139
Reasons for continuing to use keystone speciesp. 142
Ecosystem engineersp. 143
Mechanisms of habitat modificationp. 144
Examples of ecosystem engineersp. 146
Difficulties in using ecosystem engineers in conservationp. 151
Advantages of ecosystem engineersp. 153
Foundation speciesp. 153
Management issuesp. 154
Summaryp. 156
Species Indicators of Anthropogenic Change
Environmental Indicator Speciesp. 159
Ecosystem health and biological integrityp. 159
Environmental indicatorsp. 162
Sentinel speciesp. 167
Examples of the uses of environmental indicator speciesp. 169
Marine pollutionp. 169
Freshwater pollutionp. 171
River modificationp. 174
Marine fisheriesp. 177
Climate change in marine ecosystemsp. 181
Proliferation and obfuscation of termsp. 184
Summaryp. 185
Ecological-Disturbance Indicator Speciesp. 189
Effects of disturbancep. 189
Proposed criteria for indicator speciesp. 190
Single species and species-groups as indicators of disturbancep. 194
Single speciesp. 194
Species-groupsp. 196
Examples of the use of species-groups in documenting effects of land-use changep. 197
Forest fragmentation: BDFFPp. 197
Countryside biogeographyp. 203
Tropical plantationsp. 206
Exurban USAp. 209
Changes in populations over timep. 210
Determining the number of species-groupsp. 211
Management pointersp. 213
Summaryp. 214
Cross-Taxon-Response Indicator Speciesp. 217
Habitat alterationp. 217
Fora for cross-taxon-response indicator speciesp. 219
Land-use changesp. 219
Agricultural landscapesp. 224
Management areasp. 227
Intraguild-response indicator speciesp. 228
Population changesp. 229
Management indicator speciesp. 230
Difficulties with the MIS conceptp. 233
Early warningsp. 234
Substitute speciesp. 238
Problems with cross-taxon-response indicator speciesp. 239
Summaryp. 242
Promoting Conservation
Flagship Speciesp. 245
Characteristics of flagship speciesp. 245
Multiple objectivesp. 246
Are flagship species successful?p. 249
Public awarenessp. 249
Raising fundsp. 251
Reserve establishmentp. 251
Qualities of flagship speciesp. 257
Iconic speciesp. 258
What next?p. 259
Summaryp. 260
Summary of Concepts and Cost-Effectiveness
Surrogate Species in the Real Worldp. 263
Surrogate categoriesp. 263
Synopsisp. 264
Multi-surrogacyp. 268
Predictive power of surrogate speciesp. 270
Distribution of biodiversityp. 271
Reserve site selectionp. 274
Reserve design and managementp. 277
Species indicators of anthropogenic changep. 278
Promoting conservationp. 281
Wrap-upp. 283
Summaryp. 284
Referencesp. 287
Scientific Names of Species Mentioned in the Textp. 355
Subject Indexp. 365
Table of Contents provided by Ingram. All Rights Reserved.

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